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Available at www.ijcasonline.com ISSN 2349 – 0594 International Journal of Modern Chemistry and Applied Science International Journal of Modern Chemistry and Applied Science 2015, 2(3), 189-194 Balanites (Balanite aegyptiaca) Del., Multipurpose Tree a Prospective Review Azene Tesfaye* *Biodiversity research Center, Arba Minch University, Arba Minch, Ethiopia Corresponding author email [email protected] Abstract: Balanites aegyptiaca (L.) Del., is an evergreen xerophyte with ample beneficial attribute. The plant has m a j o r b i o l o g i c a l a c t i v e c o m p o n e n t t h a t c o n t r i b u t e s i n i t s n u t r a c e u t i c a l applications. The seeds of this plant contain 30-60% oil, which is edible and used as cooking oil. Fruits are also edible and contain essential minerals. Beside this, the leaf of this plant is a one of the favorite fodder among goats, so it can play an important role of fodder tree in the desert in severe drought. All parts of the plant gifted various pharmacological activity. For instance, the fruits and roots of this plant contain diosgenin, which can be used in pharmaceutical industry in production of oral contraceptive and steroids. Furthermore, this plant used as treatment of diarrhoea, hermorrhoid, stomach aches, jaundice, yellow fever, syphilis and epilepsy. The fruit is used to treat liver disease and as a Purgative. The plant is containing phenolic compounds including; saponins, flavonoids and alkaloids which contributes in its pharmacological activities including anti-inflammatory, analgesic, antioxidant, anti- tumor, larvicidal, Anti nonciceptive, Anthelmentic and antidiabetic activity. Key point Balanites aegyptiaca, Balantoside diosgenin, neutraceutical, spononin 1. Introduction Balanites aegyptiaca (L.) Del. belongs to the family Balanitaceae. It is a multibranched, evergreen tree native to the Sudano-Sahielian region of Africa, the Middle East and South Asia As described by Hines & Eckman, [12]. The plant is known by different vernacular names in different parts of the world. For instance, Arabic names: Heglig (tree), lalob (fruit); trade name: zaccone, zachun, desert date (dried fruit); (Rathore et al., [22] in India: Hindi name is Hingot and English name is thorn tree/desert date and in Ethiopia, Amharic name is Bedeno Rathore et al., [22] reported that, B. aegyptiaca is thorny species, spiny shrub or tree with 10 m in height. Flowers are greenish white fragrant with 5-6 mm in diameter, axillary in few flowers cyme or fascicles. Flowering and fruiting occurs during October (Bhandari, [2]. Seeds are pendulous and ex-albuminous The leaves are alternate, two foliate, petioles are 3-6 mm long, leaflets are elliptic and have broadly pointed petioles up to 5 mm long. According to Abu Al-Futuh, [1] B. aegyptiaca has a wide range of nutraceutical applications. Fleshy pulp of the fruit is eaten fresh or dried. It contains 64 – 72% carbohydrates, plus crude protein, steroidal saponins, vitamin C, ethanol and other essential minerals for human. Moreover, Mohamed et al., [17] pointed out that, the seed kernel is edible product. It contains good quality oil and high protein content. Pervious finding of Hall and Walker, [11]; Tesfay et al.,[24] ; Varshney and Vyas[25] indicates that, all parts of the tree have a medicinal uses including fruits, seeds, barks and roots. The most important is steroidal saponins, which yield diosgenin, a source of steroidal drugs, such as corticosteriods, contraceptives and sex hormones as described by Farid et al., [8]; Pettit et al., l21]. According to Tesfay et al.,[24] as a multipurpose tree, B. aegyptiaca provide food, medicinal products and fuel-wood valued for subsistence living in arid and semi-arid areas where other options are few. The potential of B. aegyptiaca under management remains unexplored and it is a priority to construct a picture of variation within the natural range and to generate the capacity to raise plants with desirable features as described by Chothani and Vaghasiya, [5]. Thus, the present paper point out the overall potential of B. aegyptiaca and its nutraceutical application. 2. Description of Balanite aegyptiaca Botanical Description B. aegyptiaca belongs to the family Zygophyllaceae which composed of about 25 genera and 240 species and predominant in tropical, subtropical and warm temperate, often in drier areas including in Africa. It is annual or perennial herbs as is assigned to the following botanical classification as described by Chapagain and Wiesman, [5]. Azene Tesfaye Page No.189 International Journal of Modern Chemistry and Applied Science 2015, 2(3), 189-193 temperature, high light intensity, high wind velocity and severe drought. Fig1.1 B.aegyptiaca, Ethiopia Kingdom: Plantae Subkingdom: Tracheobionta Super division: Spermatophyta Division: Magnoliophyta Class: Magnoliopsida Subclass: Rosidae Order: Sapindales Family: Zygophyllaceae Genus: Balanites Delile Species: Balanites aegyptiaca (L.) Delile 3. Distribution and Ecology Natural distribution is obscured by cultivation and naturalization. It is believed indigenous to all dry lands south of the Sahara, extending southward to Malawi in the Rift Valley, and to the Arabian Peninsula, introduced into cultivation in Latin America and India. It is the one of the furthermost neglected common tree, usually found throughout in dried regions of Africa, the Middle East, India and Burma as indicated by Mohd et al., [18]; Mitra et al., [19]. Boffa, [3] pointed out that, the plant is native to Algeria, Angola, Benin, Burkina Faso, Burundi, Cameroon, Chad, Democratic Republic of Congo, Djibouti, Egypt, Eritrea, Ethiopia, Libyan, Morocco, Myanmar, Nigeria, Saudi Arabia, Somalia, Tanzania, Uganda, Yemen, Republic of, Zambia, Zimbabwe The plant can survive in various types of soil including deep sands, sandy clay loams, sandy loams or clays but is mainly found on level alluvial sites with deep sandy loam and free access to water as described by Orwa et al., [20]. The plant can be growing up to 2000 m altitude with mean annual temperature of 20 to 30°C and mean annual rainfall of 250 to 400 mm 3. According to Chothani and Vaghasiya, [6] after the seedling stage, t h e p l a n t is intolerant to shade and prefers open woodland or savannah for natural regeneration. It is a lowland species with a full potential to produce reliable yield under unreliable conditions. Orwa et al., [20] reported that the plant can withstand high Fig 1.2. Natural distrbution of B.aegyptica Source Boffa, [3]. 4. Morphological Description According to (Hall and Walker, [11]; Orwa et al., [20] , B.aegyptiaca is spiny branches, highly drought tolerant evergreen plant, a dicotyledonous flowering species, belongs to Zygophyllaceae family. The tree has bushy, tough leaves, and a double root system, and produces date-like fruits. It is also a thorny species which has 2.5-3.5 cm lengthy thorns. The leaves with two separate leaflets; leaflets obovate, asymmetric, 2.5 to 6 cm long, bright green, leathery, with fine hairs when young leaves compound and spirally arranged on the shoots, dark green with 2 firm coriaceous leaflets; dimensions and shapes varying widely as reported by Chothani and Vaghasiya, [6]. Trunk is short and often branching from near the base (Chothani and Vaghasiya, [6]) and the bark color vary and it ranged from dark brown to grey deeply fissured . Also Chapagain and Wiesman, [5] explained that Branches of this plant is armed with stout yellow or green thorns up to 8 cm long and Flowers are small, bisexual, greenish white, fragrant, in axillary clusters, few or many in number, cymes or fascicles, inconspicuous, hermaphroditic, and pollinated by insects. Fruit is a rather long, narrow drupe, 2.5 to 7 cm long, 1.5 to 4 cm in diameter. Young fruits are green and tormentose, turning yellow and glabrous when mature while, ripe fruit are brown or pale brown with a brittle coat enclosing a brown or brown-green sticky. Pulp is bitter-sweet and edible. Seed is the pyrene (stone), 1.5 to 3 cm long, light brown, fibrous, and extremely hard and can be stored with insecticides. Approximately one tree produces 100 - 150 kg/ year. According to Chothani and Vaghasiya [6] the plant begins to flower and fruit at 5 to 7 years of age and maximum seed production is when the trees are 15 to 25 years old. Azene Tesfaye Page No.190 International Journal of Modern Chemistry and Applied Science 2015, 2(3), 189-193 5. Phytochemical Constituent B. aegyptiaca contain different biological active compounds which contribute a vital role in its nutraceutical applications. It contains saponin, furanocoumarin, and flavonoid namely quercetin 3-glucoside, quercetin-3-rutinoside; 3-glucoside, 3rutinoside, 3-7-diglucoside and 3rhamnogalactoside of isorhamnetinide (furostanol glycoside) and 6 methyldiosgenin, balanitin-3 (spirostanol glycoside), Balanitin-6 and -7 Diosgenyl saponins, two pregnane glycosides namely pregn-5-ene-3β,16β,20(R)-triol 3-O-(2,6di- O-α-l-rhamnopyranosyl)-β-d-glucopyran- oside (balagyptin), and pregn-5-ene-3β,16β,20(R)-triol 3-O-β-d-glucopyrano-side major sapogenin is yamogenin, two alkaloid namely, N-trans- feruloyltyramine and N-cis- feruloyltyramine, and three common metabolites, vanillic acid, syringic acid; and 3-hydroxy-1-(4-hydroxy-3-methoxyphenyl)-1-propanone, beta-sitosterol, bergapten, marmes in, and beta-sitosterol glucoside,balanitin1,-2, and -3 as described by Chothani and Vaghasiya, [6]; Kamel et al., [13]; Farid et al., [8]. The fruit mesocarp contains a large variety of chemicals amongst which are the pregnane glycosides, coumarins, flavonoids, 6[15] ; methyldiosgenin and saponins. Koko et al., Koko et al., [14] ; Kamel et al., [13. Pointed out that the most important biological active component of the plant is steroidal saponins, which yield diosgenin, a source of steroidal drugs, such as corticosteriods, contraceptives and sex hormones. Figure 1.3 Major biological active constituent of B.aegyptiaca, source (Chothani and Vaghasiya, [6]. commonly used as animal fodder. 6. Nutritional values of B. aegyptiaca Nutritionally, Balanites leaves, flowers and 7. Medicinal Application of B. aegyptiaca All the parts of Balanites aegyptiaca are fruit pulp are good sources of protein, K, Fe, Mn, Zn and Cu. Bas mentioned by (Hall and Walker, traditionally used in several folk medicines across [11] . Chothani and Vaghasiya [6] clearly explained the globe. This plant has got tremendous that, the fleshy pulp of both unripe and ripe fruit is importance and being used in treatment of several [26] edible and eaten dried or fresh, the fruit is used as diseases and disorders. According Wilson et al., sweetmeats in Ghana, alcoholic liquor in Nigeria, a the fruit used as oral hypoglycemic drug in the soup ingredient in Sudan. Young leaves and tender Sahara region of Africa. Furthermore, Hall and [11] reported that the fruits are also shoots are used as a vegetable, which is boiled, Walker commonly used as purgative, antiparasitic and pounded, then fried or fat added to prepare it. The flowers are a supplementary food in western part schistosomicide. According to Chapagain and Wiesman, [5] reported that, the stem, root and leaf of Africa. As indicated by Hall and Walker, [11]. Chothani and Vaghasiya, [6] reported that, extracts of B.aegyptiaca have commonly been the kernels produce edible oil used for cooking. used as various traditional folk medicines The oil remains stable when heated and has a high especially in the treatment of parasites, sore throat, smoking point, and therefore its free fatty acid constipation and eye irritation as reported by Gaur [9] content is low. Its scent and taste are good. The et al., . Earlier studies on therapeutic values of leaves are eaten raw or cooked, the oily seed is B.aegyptiaca shown anthelminthic, antivenin, boiled to make it less bitter and eaten mixed with sorghum, and the flowers can be eaten. The fruit anticancer, antioxidant, mosquito larvicidal [4] can be fermented for alcoholic beverages. The seed Chapagain and Wiesman, , anti-inflammatory, [19] , wound healing, contains seed oil used as cooking oil. The seed antidiabetic Motaal et al., cake remaining after the oil is extracted is hepatoprotective, hypocholesterolemic, diuretic Azene Tesfaye Page No.191 International Journal of Modern Chemistry and Applied Science 2015, 2(3), 189-193 contraceptive and antiviral activities in various parts of Balanites extracts Gaur et al., [9]. Aqueous extract of fruits showed spermicidal activity as reported by Speroni et al., [23] without local vaginal irritation in human being antidiabetic, treatment of jaundice. Seed is used as expectorant, antibacterial, antifungal, febrifuge, anthelmintic and purgative as indicated by Mitra et al., [16]; Chothani and Vaghasiya, [6]). Fruit is used in whooping cough, also in leucoderma and other skin diseases. Bark is used as spasmolytic. The seed oil is used to treat tumors and wounds used as laxative, also used in treatment of hemorrhoid, stomach aches, jaundice, yellow fever, syphilis, and epilepsy as explained by Chapagain and Wiesman, [5], the bark o f t h i s p l a n t i s used in the treatment of syphilis, round worm infections, and as a fish poison . Furthermore, Speroni et al., [23] pointed out that, the plant is used as a purge to remove intestinal parasites with the root, branches, bark, fruit and kernel extracts shown to be lethal to the miracidia and cercariae of Shistosoma mansoni and to Fasciola gigantica (Koko et al., [14]. Extracts of the tree shown abortive and antiseptic properties as indicated by Speroni et al., [23]. According to Kamel et al. [13] roots boiled in soup are used against oedema and stomach pains. Roots are used as an emetic; bark infusion is used to treat heartburn. Wood gum mixed with maize meal porridge is used to treat chest pains as indicated by (Orwa et al., [20]. 8. Other Uses The tree is managed through agroforestry. It is used to attract insects for trapping as described by Gour and Kant, [10]. The pale to brownish yellow wood is used to make furniture and durable items such as tools, and it is a low- smoke firewood and good charcoal. The smaller trees and branches are used as living or cut fences because they are resilient and thorny. The tree fixes nitrogen. Root cuttings readily form a live fence. The bark yields fibers, the natural gums from the branches are used as glue, and the seeds have been used to make jewelry and beads as explained by Orwa et al., [20]. The plant is used as a source of fire, fibre, timber, gum (resin) as described by Gour and Kant, [10] ; Orwa et al., [20]. Fire: The wood is good firewood; it produces considerable heat and very little smoke, making it particularly suitable for indoor use, it produces high-quality charcoal, and it has been suggested that the nutshell is suitable for industrial activated charcoal. Fibre: A strong fibre is obtained from the bark (Orwa et al., [20]. Timber: The wood is pale yellow or yellowish-brown. Heartwood and sapwood are not clearly differentiated. The wood is hard, durable, worked easily and made into yokes, wooden spoons, pestles, mortars, handles, stools and combs. Gum or resin: A greenish-yellow to orange-red resin is produced from the stems. It is sucked and chewed when fresh. It is used as glue for sticking feathers onto arrow shafts and spearheads and in the repair of handle cracks and arrows. Azene Tesfaye Page No.192 International Journal of Modern Chemistry and Applied Science 2015, 2(3), 189-193 8. Conclusion B.aegyptiaca is a multipurpose plant with high economic potential for the people of desert. The plant has tremendously biological active component which contribute in its neuractucal application, all parts of the plant used as food with promising effects antimicrobial, hepatoprotective, anti-proliferative and antioxidant activities antidiabetic activity ,antiviral activity wound healing activity, Hypocholesterolemic activity, and diuretic activity Plantation of this species should be promoted in arid regions as shelterbelts and in saline soil for reclamation of soil, it will be helpful in conservation of biodiversity. 9. References 1. I. M. Abu-Al-Futuh. Balanites aegyptiaca: an unutilized raw material potential ready for agro-industrial exploitation. United Nations Industrial Development Organization, Vienna, (1983), 100. 2. M.M. Bhandari. Balanites. In Flora of the Indian Desert. MPSRepros, Jodhpur, India, (1990), 55. 3. J. M. Boffa.). Agroforestry parklands in sub-Saharan Africa, (1999). 4. B.P. Chapagain and Z. Wiesman. Afric. J Biotechnol. (2005), 4,1351-1354. 5. BP Chapagain and Z. Wiesman. Phytochem Anal. (2006), 54(17), 6277-85. 6. Chothani D.L. and H.U. Vaghasiya (Pharmacogn Rev. (2011), 5(9), 55–62. 7. M.H. Chevallier, A. Vaillant, S. Bensaid, Sahki, R. Boutamine, O.B. Diallo, J. Sanou N. Bouguedoura and D. Babin. Rapport du projet , (2004),57,68. 8. H. Farid E. Haslinger, O. Kunert C. Wegner and M. Hamburger. Helvetica Chimica Actal. (2002), 88(4), 1019-1026. 9. K. Gaur, ML. Kori, CS. Sharma, V.Singh. Int J.Green Pharm. (2008), 2(4), 214-217. Chemical and Pharmaceutical Bulletin. (1991), 39 (5), 1229-1233. 14. W.S. Koko, H.S Abdalla, H.S Galal M, Khalid Fitoterapia. (2005a), 76: 30-34. 15. Koko W.S, M Galal H. S. Khalid. J Ethno pharmacol. (2005b),71: 247-252. 16. S.K.Mitra S.Gopumadhavan R. Mohamed and MV. Venketaranganna Indian J. Pharm. (2005) 37: 300-303. 17. A.M. Mohamed, W. Wolf and W.L. Speiss. Plant Foods for Human Nutrition. (2002) 57(2): 179-189. 18. S. Mohd, N. Jahan, S. Sahai a n d S. Sharma. Open Conference Proccedings J. (2012), 3, 63-69. 19. A.A Motaal, S. Sherif, S. Pierre and Haddad) J. Pharmaco. (2012), 4(30),2024. 20. C. Orwa, A. Mutua, R. Kindt , R. Jamnadass, S. Anthony. Agroforestree Database: a tree reference and selection guide version 4.0 (2009). 21. G.R. Pettit, D.L. Doubek, D.L. Herald, A. Numata, C.Takahasi, R. Fujiki, and T. Miyamoto J.Natural Pro.(1991),54,(6), 1491-1502. 22. M. Rathore, R.Arya, R.K. Meena, and H. Kumar. AFRI Darpan (Hindi) (2005), 2:1213. 23. Speroni E, R Cervellati, G Innocenti, S Costa, M C Guerra, S D Acqua and P Govoni. Ethno pharmacol. (1998), 117125. 24. K. Tesfaye, M. Afework, C.R.Unnithan. Am. J. Pharm Tech Res. (2014), 4(3), 2249-3387. 25. I.P. Varshney and P.Vyas Int J.Crude Drug Res, (1982) 10, 3-7. 26. O.Wilson, M.S Nadro, G.O Tiyafo, Wurochekke. J American Sci. (2009), 5(6), 13-16. 10. V. S. Gour and T. Kant. I.J.S.N. (2012), 3(2): 472-475. 11. JB Hall and DH Walker. Balanites aegyptiaca Del. a monograph. Banger, Agricultural and Forest Sciences Publication, University of Wales, Bangor, UK (1991), 1-12. 12. A.D. Hines and K. Eckman. Species profiles In Indigenous multipurpose trees of Tanzania: Uses and economic benefits for people. (1993), 12. 13. M.S. Kamel, K. Ohtani,T. Kurokawa, M.H Assaf, El- M.A., Shanawany, A.A Ali,., R. Kasai, , S.Ishibashi, and O. Tanaka. Azene Tesfaye Page No.193